Home care provider Cera is rolling out Genie, a voice-activated support robot that reminds patients to take medication, stay hydrated, and connect with carers. Trials show a 96% success rate in medication adherence and up to 20% increased care capacity, reducing strain on staff while helping older and vulnerable people remain independent.

WUR field trials show AVL’s S9000 asparagus harvesting robot produces comparable quality to human pickers while working 3–4× faster, with potential peaks up to 10×. In high-yield conditions, one robot can replace six to seven workers, marking a major step toward scalable automation in specialty crop harvesting.

UBTech has secured over $113M USD in orders for its industrial humanoid robot, the Walker S2, signaling accelerated factory adoption in China. The company is scaling to mass production, targeting 500+ units this year. Competition among Chinese robot makers is rising as humanoids move from demonstration to real-world deployment.

Locus Robotics has begun deploying its new Locus Array system at a DHL facility in Ohio, marking a major step toward fully autonomous warehouse picking and replenishment. The new Robots-to-Goods model reduces manual labor and integrates AI-driven planning and robotic execution, positioning Locus to scale next-generation warehouse automation globally.

Doctors in Scotland and the US have completed the first remote robotic thrombectomy on a human body, using a system that allows surgeons to remove stroke-causing clots from thousands of miles away. The breakthrough could dramatically expand access to life-saving stroke care, especially in remote or underserved regions.

A University of Bristol team has developed a soft robotic exosuit—lightweight “space trousers” worn under a spacesuit—to reduce fatigue and support natural movement during Moon and Mars missions. Hand-sewn and powered by artificial muscles, the suit could also evolve into a mobility aid and rehabilitation tool here on Earth.

Partner Robotics has raised a Series A to scale its embodied intelligence construction robots globally. With tile-laying and scribing systems already deployed on active job sites, the company is moving automation from demonstration to real productivity, improving speed, consistency, and labor efficiency across Europe, North America, the Middle East, and Asia.

The KUNA unmanned ground system, developed from battlefield lessons in Ukraine, was showcased to NATO defense officials in Warsaw. Paired with the RAVEN drone, the modular platform supports reconnaissance and logistics missions with autonomous navigation, extended communication range, and rugged mobility. The demonstration highlighted growing integration of unmanned systems in modern combat operations.

Mizzou brought tradition and technology together as a humanoid robot named “Grace” conducted Marching Mizzou at halftime. Developed and programmed by engineering students, Grace’s performance showcased hands-on learning, cross-campus collaboration, and the university’s growing leadership in robotics and creativity — where innovation moves in step with school spirit.

iRobot, once the undisputed leader in home robotics, now faces possible bankruptcy after declining sales, rising competition, and the collapse of its Amazon acquisition. As global rivals out-innovated and underpriced Roomba, the company struggled to adapt. iRobot created the robot vacuum market—but the market has moved on.

University of Arkansas - Fort Smith has expanded its Advanced Manufacturing Lab with new robotics and automation equipment, funded through state and HIRED grants. The upgrades give students hands-on experience with real production systems, preparing them for high-demand regional manufacturing roles as companies increase adoption of automation, AI, and digitally enabled workflows.

South Korea’s major shipbuilders are rapidly adopting robotics and AI to automate traditionally manual tasks, from welding decks to shaping curved hulls. New collaborative and mobile robots, digital twins, and AI platforms aim to boost efficiency, address labor shortages, and pave the way for fully “smart” shipyards by 2030.

Meili Robots has released Meili FMS 4.0, a major upgrade to its fleet management platform introducing multifloor control for AMRs. The update includes a redesigned dashboard, improved usability, and new customization options, enabling warehouses to coordinate mixed robot fleets across multi-level facilities for greater efficiency and scalable automation.

Sweetgreen is selling its Infinite Kitchen automation unit to Wonder Group for $186M, but will continue using the robotic bowl-making system in its restaurants. The deal lets Sweetgreen refocus on its core business while Wonder scales the technology across its food halls, using automation to handle menu complexity and improve consistency.

Naïo, the French agricultural robotics pioneer, has been relaunched under new leadership after court approval. The company will streamline operations and focus on its two flagship weeding robots, Ted and Oz, supported by a €6.4M financing package to rebuild production, strengthen dealer networks, and restore farmer confidence.

Appetronix has raised $6M to expand its brand-backed robotic kitchens, starting with an automated Donatos pizza unit at Columbus International Airport. Built for high-traffic locations, the system uses Viam’s AI platform for quality control, maintenance, and inventory management—aiming to deliver consistent, 24/7 food service without traditional kitchen staffing.

PickNik Robotics has expanded MoveIt Pro support for the Franka Research 3 (FR3) arm, enabling researchers to rapidly collect training data, simulate tasks, and deploy manipulation policies to real hardware. The integration aims to reduce complexity in AI robotics development and speed the transition from research to practical applications.

FingerVision has developed a visual-tactile robot that can gently harvest and transfer delicate leafy greens—solving one of indoor farming’s toughest automation challenges. Partnering with PLANTX, the system adjusts grip in real time to prevent damage, enabling reliable, labor-saving harvesting for plant factories in Japan and global markets.

Holman has launched Holman Robotics, a new division offering end-to-end support for industrial automation. The solution combines system design, flexible financing, and lifecycle fleet management to help companies deploy and scale robots across manufacturing, warehousing, and service environments—reducing complexity and accelerating robotics adoption.

CMU researchers are helping develop a new generation of wheelchairs built around an integrated robotic arm, enabling users to grasp objects and perform daily tasks more easily. Funded by ARPA-H, the RAMMP project combines robotics, AI, and sensor systems to improve independence, safety, and real-world mobility for people with disabilities.